S. Sal Et Al. , "The effect of sparger geometry on gas holdup and regime transition points in a bubble column equipped with perforated plate spargers," CHEMICAL ENGINEERING AND PROCESSING , vol.70, pp.259-266, 2013
Sal, S. Et Al. 2013. The effect of sparger geometry on gas holdup and regime transition points in a bubble column equipped with perforated plate spargers. CHEMICAL ENGINEERING AND PROCESSING , vol.70 , 259-266.
Sal, S., GUL, O. F., & Özdemir, M., (2013). The effect of sparger geometry on gas holdup and regime transition points in a bubble column equipped with perforated plate spargers. CHEMICAL ENGINEERING AND PROCESSING , vol.70, 259-266.
Sal, Sinan, Omer F. GUL, And Mustafa Özdemir. "The effect of sparger geometry on gas holdup and regime transition points in a bubble column equipped with perforated plate spargers," CHEMICAL ENGINEERING AND PROCESSING , vol.70, 259-266, 2013
Sal, Sinan Et Al. "The effect of sparger geometry on gas holdup and regime transition points in a bubble column equipped with perforated plate spargers." CHEMICAL ENGINEERING AND PROCESSING , vol.70, pp.259-266, 2013
Sal, S. GUL, O. F. And Özdemir, M. (2013) . "The effect of sparger geometry on gas holdup and regime transition points in a bubble column equipped with perforated plate spargers." CHEMICAL ENGINEERING AND PROCESSING , vol.70, pp.259-266.
@article{article, author={Sinan Sal Et Al. }, title={The effect of sparger geometry on gas holdup and regime transition points in a bubble column equipped with perforated plate spargers}, journal={CHEMICAL ENGINEERING AND PROCESSING}, year=2013, pages={259-266} }